PITTCON Environmental Analysis II
Gas Chromatography—Computer Simulation
Thursday Afternoon, North Building, Mezzanine Level, Room M2 G.A. O'Neill. Presiding Waters Chrom. Div Millipore Corp.
Thursday Afternoon, East Building, Upper Level, Lenox Lohr Theatre H.R. Gram. Presiding Spectrogram Corporation
1:30 (924) Evaluation of Nitrogen Selective Defectors for Pesticide Residue Analysis—Κ DAVIS. O.I. Analytical. A.K. Vickers
1 30 (934) Computer Assisted Simulation of Capillary GC Separations and Prediction of Chromatographic Parameters—J.M. 0MBABA, University of Lowell. E.F. Barry
1:50 (925) Comparison of Detection Limits and Analysis Time Using Wide and Narrow Bore Capillary Columns for Purge and Trap GC/MS Analyses—DR DECKER. J&W Scientific. J.J. Harland, M.J. Feeney 2 10 (926) HPLC Analysis of PAHs Using Specialty Columns and a Photodiode Array Detector—M JOSEPH. Varian Chromatography Systems. T. Sheehan, F Lai 2 30 (927) The Determination of Sulfide and Cyanide by Ion Chroma tography Using Pulsed Amperometric Detection—J.P. ROMANO. Waters Chrom. Div. Millipore Corp.. P.G. Alden 2:50 (928) Real-time In situ Monitoring of Hydrogen Leakage - A Fiber Optic Chemical Sensor (FOCS) Comes to the Rescue—K. GOSWAMI, FiberChem, Inc., S.M. Klainer, J.R. Thomas, D.K. Dandge, C.A, Frank, M.A. Butler, H. Arman, L. Eccles, P. Durgin, J. D'Lugoz 3:10
RECESS
3:25 (929) An Experimental Design Approach to Optimization of Super critical Fluid Extraction Conditions—M.K.L. BICKING. Twin City Testing Corpora tion. F.L. DeRoos. T.G. Hayes 3:45 (930) A Spectrographic-Like Analysis of Environmental Samples Using a Programmable ICP—B. FOSTER. Thermo Jarrell Ash Corporation. A.E. Grindle. B. Schleicher. J.J. Sotera
1:50 (935) Prediction of Gas Chromatographic Retention Times from Calculated Physical Properties—V. 0NG. Indiana University, R.A. Hites 2:10 (936) A Numerical Simulation of Temperature Programmed Gas Chromatography—N.H. SNOW. VA Polytech. Inslit. & State Univ., H.M. McNair 2:30 (937) Inclusion of Amplitude Effects in the Statistical Model of Overlap—J.M. DAVIS. Southern IL Univ. at Carbondale. F.J. Oros 2:50 (938) Optimizing GC: II. Computer Simulation as an Aid in Method Development for Gas Chromatography (GC)—J.W. DOLAN. LC Resources Inc.. D.E. Bautz, L.R.Snyder 3:10
RECESS
3:25 (939) The Use of a Ratio Method for the Deconvolution of Gas Chromatographic Peaks—PB. CRILLY. The University of TN-Knoxville 3:45 (940) A Maximum Likelihood Peak P i c k e r - L K , DeNOYER. Spectrum Square Associates. J.G Dodd 4:05 (941) Determination of Quantitative Structure Activity Relation ships of PCBs Using Gas Chromatography and Principal Component Analy sis—S. KLAPPA, Indiana University of PA, G.R. Long
4:05 (931) Contaminant Metal Influences on Environmental Ouality In Halifax Harbor, Nova Scotia—G.V. WINTERS, Atlantic Geoscience Centre, D.E. Buckley
HPLC—Biological Applications
4:25 (932) A Catalytic Combustion Technique for Total Organic Carbon (TOC) Determination In Water and Wastewater—N. TON, Rosemount Analytical,
Thursday Afternoon, North Building, Mezzanine Level, Room M3 S. Wong, Presiding Johns Hopkins Hospital
Y. Takahashi 4:45 (933) Stack Sampling of Formaldehyde Emissions—J.F.P. GOMES, Instituto De Soldadura E. Qualidad, M.L. Ribeiro
1:30
(942)
Paper Withdrawn
1:50 (943) Chromatographic Resolution of Optical Isomers Using Novel Copper( II) Complexes—S. MURALIDHARAN, University of Arizona, Y. Tao, H. Preiser
Galileo's Channeltron® Electron Multipliers for GC/MS and LC/MS If you demand high performance and are concerned about down time, rapid analysis, dynamic range and cost, insist on Galileo Scientific Detectors. You'll wonder how you ever got along without us.
GALILEO ELECTRO-OPTICS CORPORATION
Galileo Park, P.O. Box 550 Sturbridge, MA 01566 TEL 1-508-347-9191 FAX 1-508-347-3849
CIRCLE 64 ON READER SERVICE CARD
166 A · ANALYTICAL CHEMISTRY, VOL. 63, NO. 3, FEBRUARY 1, 1991
Rue Du Finistère 4 B-1000 Brussels TEL +32-2-217 48 70 FAX +32-2-217 16 61
